package frama-c
Platform dedicated to the analysis of source code written in C
Install
Dune Dependency
Authors
-
MMichele Alberti
-
TThibaud Antignac
-
GGergö Barany
-
PPatrick Baudin
-
TThibaut Benjamin
-
AAllan Blanchard
-
LLionel Blatter
-
FFrançois Bobot
-
RRichard Bonichon
-
QQuentin Bouillaguet
-
DDavid Bühler
-
ZZakaria Chihani
-
LLoïc Correnson
-
JJulien Crétin
-
PPascal Cuoq
-
ZZaynah Dargaye
-
BBasile Desloges
-
JJean-Christophe Filliâtre
-
PPhilippe Herrmann
-
MMaxime Jacquemin
-
FFlorent Kirchner
-
TTristan Le Gall
-
JJean-Christophe Léchenet
-
MMatthieu Lemerre
-
DDara Ly
-
DDavid Maison
-
CClaude Marché
-
AAndré Maroneze
-
TThibault Martin
-
FFonenantsoa Maurica
-
MMelody Méaulle
-
BBenjamin Monate
-
YYannick Moy
-
AAnne Pacalet
-
VValentin Perrelle
-
GGuillaume Petiot
-
DDario Pinto
-
VVirgile Prevosto
-
AArmand Puccetti
-
FFélix Ridoux
-
VVirgile Robles
-
MMuriel Roger
-
JJulien Signoles
-
KKostyantyn Vorobyov
-
BBoris Yakobowski
Maintainers
Sources
frama-c-25.0-Manganese.tar.gz
sha256=222dcefcd272053540bf5b6cff369efc47b81c28f360eb616669c3f30a8bc29f
Description
Frama-C gathers several analysis techniques in a single collaborative framework, based on analyzers (called "plug-ins") that can build upon the results computed by other analyzers in the framework. Thanks to this approach, Frama-C provides sophisticated tools, including:
- an analyzer based on abstract interpretation (Eva plug-in);
- a program proof framework based on weakest precondition calculus (WP plug-in);
- a program slicer (Slicing plug-in);
- a tool for verification of temporal (LTL) properties (Aoraï plug-in);
- a runtime verification tool (E-ACSL plug-in);
- several tools for code base exploration and dependency analysis (plug-ins From, Impact, Metrics, Occurrence, Scope, etc.). These plug-ins communicate between each other via the Frama-C API and via ACSL (ANSI/ISO C Specification Language) properties.
Tags
deductive program verification formal specification automated theorem prover interactive theorem prover C plugins abstract interpretation slicing weakest precondition ACSL dataflow analysis runtime verificationPublished: 04 Jul 2022
Dependencies (20)
-
zarith
>= "1.5"
-
why3
>= "1.5.0" & < "1.6~"
-
ppx_import
>= "1.8.0" & < "2.0"
- ppx_deriving_yojson
- ppx_deriving
-
ocamlgraph
>= "1.8.8"
- ocamlfind
-
ocaml
>= "4.08.1"
-
conf-graphviz
post
- alt-ergo
- alt-ergo-free
- conf-gtksourceview3
- lablgtk3-sourceview3
-
lablgtk3
>= "3.1.0" & os != "macos"
- ocamlgraph_gtk
-
ocamlgraph
< "2.0"
- conf-gtksourceview
- conf-gnomecanvas
-
lablgtk
>= "2.18.8"
-
conf-autoconf
build
Dev Dependencies (3)
-
yojson
>= "1.6.0" & < "2.1.0" & (< "2.0.0" | !with-test)
-
ocamlgraph
with-test & < "2.1.0"
-
conf-time
with-test
Used by (5)
-
frama-c-lannotate
= "0.2"
-
frama-c-luncov
= "0.2"
-
frama-c-metacsl
= "0.3"
-
pilat
< "1.2" | >= "1.6"
-
why
< "2.32"
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
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